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Model: DYLY-103 | Category: S-Type Tension and Compression Load Cell
The DYLY-103 S-Type Tension and Compression Load Cell adopts a classic S-shaped structure design, offering bidirectional measurement capability for both tension and compression forces. It is suitable for various industrial force measurement applications such as tension, compression, and tensile testing. The sensor features a compact structure, easy installation, high accuracy, stable operation within a wide temperature range of -20~80℃, and provides a high response frequency of up to 10kHz, meeting dynamic force measurement requirements.
Core Advantages: Bidirectional tension/compression measurement, wide range of uses; Compact structure, small installation space requirement; High response frequency, suitable for dynamic measurement; High accuracy, good repeatability; High protection rating, strong environmental adaptability.
S-shaped elastic element structure for bidirectional tension and compression measurement
Upper and lower threaded hole connection for convenient installation
Alloy steel material,坚固 and durable
High-precision strain gauges and temperature compensation technology
Upper and lower threaded hole connection method, enabling bidirectional measurement of tension and compression forces.
| Parameter | Specification | Description |
|---|---|---|
| Product Model | DYLY-103 | S-Type Tension and Compression Load Cell Series |
| Rated Capacity | 0–2T / 2–5T | Selectable capacity range |
| Rated Output | 2.0+10%mV/V | Sensitivity, rated output |
| Linearity Error | ±1%F.S. | Maximum nonlinear deviation |
| Hysteresis Error | 0.03%F.S. | Maximum deviation during loading and unloading cycles |
| Repeatability Error | 0.03%F.S. | Deviation under repeated measurements under identical conditions |
| Input Resistance | 350Ω | Resistance between excitation terminals |
| Output Resistance | 350Ω | Resistance between signal terminals |
| Excitation, Recommended | 10-12VDC | Recommended operating voltage |
| Excitation, Maximum | 15 VDC | Maximum allowable voltage |
| Operating Temp.Range | -20~80℃ | Temperature range for guaranteed performance |
| Insulation Resistance | >5000 MΩ | Insulation between housing and circuit |
| Safe Overload | 150%R.C. | Safe use overload |
| Ultimate Overload | 200%R.C. | Ultimate overload, may cause damage |
| Creep in 30 Min. | 0.03%F.S. | Output change under prolonged load |
| Temp.Effect on Zero | 0.05 %F.S./10℃ | Effect on zero point per 10℃ temperature change |
| Temp.Effect on Output | 0.05 %F.S./10℃ | Effect on sensitivity per 10℃ temperature change |
| Frequency of Response | 10kHZ | Sensor natural frequency |
| Zero Balance | ±1%F.S. | Output signal deviation at no load |
| Protection Class | IP67 | Completely dust-tight, protected against temporary immersion |
| Material | Alloy Steel | Sensor body material |
| Cable Length | φ5: 0.2–1T/2m, 2–5T/5m | Standard length varies with capacity |
Connection Method: Upper and lower threaded hole connection, enabling bidirectional measurement of tension and compression forces.
Installation Key Points:
Ensure the sensor's force axis aligns with the installation axis to avoid lateral forces
Mounting surface must be flat and坚固 to ensure even force distribution
Use appropriate torque to tighten mounting bolts to avoid damaging the sensor from over-tightening
Cables must be properly secured to avoid movement or force during measurement
Material testing machines, tensile testing machines
Industrial production line tension control and monitoring
Crane scales, tension meters, push-pull force testing
Packaging machinery, printing machinery tension detection
Dynamic force measurement and control systems
Qingsi Electronic Technology Co., Ltd. provides professional customization services based on your project needs:
Custom special rated capacities
Provide specific thread specifications and installation dimensions
Custom higher protection ratings (e.g., IP68)
Provide stainless steel material or special anti-corrosion coatings
Custom cables and connectors with specific lengths and interfaces
Qingsi Electronic Technology Co., Ltd. All technical specifications subject to change without notice.
For inquiries and technical support: Manager Chen | Tel: +86 15106111829
型号：DYLY-103 | 类别：S型拉压力传感器
DYLY-103型S型拉压力传感器采用经典S型结构设计，具备拉压双向测量能力，适用于拉力、压力及张力测试等多种工业测力应用场景。该传感器结构紧凑，安装方便，精度高，可在-20~80℃的宽温范围内稳定工作，并提供高达10kHz的响应频率，满足动态力测量需求。
核心优势：拉压双向测量，用途广泛；结构紧凑，安装空间要求小；响应频率高，适用于动态测量；精度高，重复性好；防护等级高，环境适应性强。
S型弹性体结构，拉压双向受力测量
上下螺纹孔连接，安装便捷
合金钢材质，坚固耐用
高精度应变计与温度补偿技术
上下螺纹孔连接方式，实现拉力和压力的双向测量。
| 参数 | 规格 | 描述 |
|---|---|---|
| 产品型号 (Product model) | DYLY-103 | S型拉压力传感器系列 |
| 额定量程 (Rated capacity) | 0–2T / 2–5T | 可选量程范围 |
| 额定输出 (Rated Output) | 2.0+10%mV/V | 灵敏度，额定输出 |
| 非线性误差 (Linearity Error) | ±1%F.S. | 最大非线性偏差 |
| 滞后误差 (Hysteresis Error) | 0.03%F.S. | 加卸载过程的最大偏差 |
| 重复性误差 (Repeatability Error) | 0.03%F.S. | 相同条件下多次测量的偏差 |
| 输入电阻 (Input Resistance) | 350Ω | 激励端子之间的电阻 |
| 输出电阻 (Output Resistance) | 350Ω | 信号端子之间的电阻 |
| 推荐激励电压 (Excitation, Recommended) | 10-12VDC | 建议工作电压 |
| 最大激励电压 (Excitation, Maximum) | 15 VDC | 最大允许电压 |
| 工作温度范围 (Operating Temp.Range) | -20~80℃ | 保证性能的温度区间 |
| 绝缘电阻 (Insulation Resistance) | >5000 MΩ | 壳体与电路间绝缘性能 |
| 安全过载范围 (Safe Overload) | 150%R.C. | 安全使用过载 |
| 极限过载范围 (Ultimate Overload) | 200%R.C. | 极限过载，可能造成损坏 |
| 30分钟蠕变 (Creep in 30 Min.) | 0.03%F.S. | 长时间负载下的输出变化 |
| 零点温度影响 (Temp.Effect on Zero) | 0.05 %F.S./10℃ | 温度每变化10℃对零点的影响 |
| 输出温度影响 (Temp.Effect on Output) | 0.05 %F.S./10℃ | 温度每变化10℃对灵敏度的影响 |
| 响应频率 (Frequency of response) | 10kHZ | 传感器固有频率 |
| 零点输出 (Zero Balance) | ±1%F.S. | 无负载时的输出信号偏差 |
| 防护等级 (Protection Class) | IP67 | 完全防尘，可短时浸水 |
| 材质 (Material) | 合金钢 | 传感器主体材料 |
| 电缆线长度 (Cable.Length) | φ5: 0.2–1T/2m, 2–5T/5m | 根据不同量程标配不同长度 |
连接方式： 上下螺纹孔连接，实现拉力和压力的双向测量。
安装要点：
确保传感器受力轴线与安装轴线对齐，避免侧向力
安装面需平整、坚固，确保受力均匀
使用适当扭矩拧紧安装螺栓，避免过紧损坏传感器
电缆需妥善固定，避免在测量过程中晃动或受力
材料试验机、拉力试验机
工业生产线张力控制与监测
吊秤、拉力计、推拉力测试
包装机械、印刷机械张力检测
动态力测量与控制系统
青思电子科技有限公司可根据您的项目需求，提供专业定制服务：
定制特殊额定量程
提供特定螺纹规格和安装尺寸
定制更高防护等级（如IP68）
提供不锈钢材质或特殊防腐涂层
定制特定长度和接口的电缆与接插件
青思电子科技有限公司. 所有技术规格如有变更，恕不另行通知。
咨询与技术联系：陈经理 | 电话：86 15106111829
